High-efficiency broad-spectrum superluminescent diode (SLD) Series
High efficiency, low energy consumption, high stability and 100% independent control. Broadband SLDs at 850/980/1050/1310/1550/1600nm provide fiber-pigtail output up to 3mW@100mA. High-efficiency SLDs produce relatively high, stable broadband power at low current, @100mA, benefiting power-sensitive applications such as fiber-optic gyroscopes.
Specification Snapshot
Center Wavelength λc [IOP=100mA, Room temperature, BOL / 1310 1550 Series / 1310nm Band]
min:1290 nm;typical:1310 nm;max:1330 nm
Center Wavelength λc [IOP=100mA, Room temperature, BOL / 1310 1550 Series / 1550nm Band]
min:1530 nm;typical:1550 nm;max:1570 nm
Operating Current IOP [IOP=100mA, room temperature, BOL / 1310 1550 series]
typical:100 mA
Spectral Ripple Rip [IOP=100mA, room temperature, BOL / 1310 1550 series]
min:0.01 dB;max:0.2 dB
Center Wavelength λc [IOP=100mA, Room temperature, BOL / 850 Series / 850nm Band]
min:830 nm;typical:850 nm;max:870 nm
Operating Current IOP [IOP=100mA, room temperature, BOL / 850 series]
typical:100 mA
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Overview
High efficiency, low energy consumption, high stability and 100% independent control. Broadband SLDs at 850/980/1050/1310/1550/1600nm provide fiber-pigtail output up to 3mW@100mA. High-efficiency SLDs produce relatively high, stable broadband power at low current, @100mA, benefiting power-sensitive applications such as fiber-optic gyroscopes.
Specifications
| Parameter | Value |
|---|---|
| Center Wavelength λc [IOP=100mA, Room temperature, BOL / 1310 1550 Series / 1310nm Band] | min:1290 nm;typical:1310 nm;max:1330 nm |
| Center Wavelength λc [IOP=100mA, Room temperature, BOL / 1310 1550 Series / 1550nm Band] | min:1530 nm;typical:1550 nm;max:1570 nm |
| 3dB Spectral Width △λ [IOP=100mA, room temperature, BOL / 1310 1550 series] | min:35 nm |
| Operating Current IOP [IOP=100mA, room temperature, BOL / 1310 1550 series] | typical:100 mA |
| Fiber output optical power Po [IOP=100mA, room temperature, BOL / 1310 1550 series] | min:800 μW;typical:1500 μW |
| Spectral Ripple Rip [IOP=100mA, room temperature, BOL / 1310 1550 series] | min:0.01 dB;max:0.2 dB |
| Polarization Extinction ratio ER [IOP=100mA, Room temperature, BOL / 1310 1550 Series / Low polarization] | typical:0.8 dB;max:2.0 dB |
| Polarization Extinction ratio ER [IOP=100mA, Room temperature, BOL / 1310 1550 Series / High polarization] | min:15 dB |
| Variation rate over the full temperature range △P [IOP=100mA, room temperature, BOL / 1310 1550 series / -50°C ~90°C] | max:8 % |
| TEC Operating current ITEC [IOP=100mA, room temperature, BOL / 1310 1550 series] | max:600 mA |
| Center Wavelength λc [IOP=100mA, Room temperature, BOL / 850 Series / 850nm Band] | min:830 nm;typical:850 nm;max:870 nm |
| 3dB Spectral Width △λ [IOP=100mA, room temperature, BOL / 850 series] | min:10 nm |
| Operating Current IOP [IOP=100mA, room temperature, BOL / 850 series] | typical:100 mA |
| Fiber output optical power Po [IOP=100mA, room temperature, BOL / 850 series] | typical:3 mW;max:6 mW |
| Spectral Ripple Rip [IOP=100mA, room temperature, BOL / 850 series] | typical:0.1 dB |
| Polarization Extinction ratio ER [IOP=100mA, Room temperature, BOL / 850 Series / Low polarization] | max:2.0 dB |
| Polarization Extinction ratio ER [IOP=100mA, Room temperature, BOL / 850 Series / High polarization] | min:12 dB |
| Variation rate over the full temperature range △P [IOP=100mA, Room temperature, BOL / 850 Series / Ambient temperature range -50°C ~90°C] | max:8 % |
| TEC Operating current ITEC [IOP=100mA, Room temperature, BOL / 850 Series / Ambient temperature range -50°C ~90°C] | max:600 mA |
Applications
Fiber-optic gyroscopes: high output power under current limiting, customizable from 850~1600nm. Fiber-optic sensors: measuring temperature, strain or pressure in buildings, oil pipelines or oilfields for structural-health monitoring, site security and related uses.
Key Features
Full wavelength coverage: 850/980/1050/1310/1550/1600nm and other bands. High-efficiency output greater than 3mW@100mA. Highly reliable package with stable wavelength and power, fast startup and operation over -55°C~125°C. Independently developed, with customizable chips and modules. Controllable polarization, with high- and low-polarization options.
Datasheet
Product Datasheet
PDF
Supplier Information
Xiamen Hengguang Xinrui Technology Co., Ltd., founded in 2019, is a national high-tech enterprise and provincial-level specialized and sophisticated SME. The company focuses on semiconductor photonic chip technology, developing and manufacturing high-performance optoelectronic chips and modules for optical communication, fiber sensing, optical measurement, fiber optic gyroscopes, and medical OCT. It has established a complete fiber-coupled packaging and testing line for optoelectronic devices and offers multiple product series including SLD, SOA, and 9xx nm pump lasers. These products have been maturely applied in aerospace, fiber communication, fiber sensing, current transformers, and optical coherence tomography. The company has obtained ISO9001, ISO14001, and ISO45001 certifications and operates a joint laboratory with the Institute of Semiconductors, Chinese Academy of Sciences.
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